Ivana Konvalinka

This study examines how asymmetric listening conditions affect verbal and nonverbal coordination in conversations, finding altered turn-taking and movement dynamics under noise.

The paper examines how friendship asymmetry in social networks affects physical effort and neural dynamics during group coordination tasks.

The paper shows that real-time interaction behaviors reflect personal social network structure, independent of personality effects.

This study shows that interpersonal breathing synchronization during social interaction leads to reduced intrapersonal cardiorespiratory coupling, suggesting a trade-off between self-other and self coupling.

The paper investigates how heart rate synchrony (IPS) is influenced by proximity, social familiarity, and acoustic environment in naturalistic social settings.

This paper introduces a novel hyperscanning-EEG method using two-brain microstates to quantify task-driven inter-brain asymmetry during social interactions.

The paper proposes a Kuramoto model to explain interpersonal synchronization strategies through self-other integration, showing how coupling strengths between and within units determine different synchronization patterns.

This study shows that differing predictive models between musicians during joint tapping reduce synchronization but allow recovery, with instrument expertise influencing strategies.